228 Leakage Current Tester Model 228 Special Purpose AC/DC Milliameter Current which may appear when a person touches the conductive surface of electrical or electronic equipment. The 228 is designed around IEC990, ANSI and UL guidelines. True RMS Readings Reads in Measurement Indication Units (MIU) up to .005 MIU Output Allows Measurement of Peak Current in Non-Sinusoidal Wave Forms Let-Go, Reaction, and Burn Hazard Response Networks Detects dangerous AC & DC Leakage currents Includes Test Leads, Alligator Clips, Batteries and Manual Ordering Information Leakage Tester Catalog Number 228 Leakage Current Tester 40027 Accessories Catalog Number Test Leads w/Screw-On Alligator Clips 00125 Case, Black Padded Nylon Carrying 00834 Optional carrying case includes convenient storage pouch for test leads and Operators Manual 1 Rev. 06-16228 Leakage Current Tester Accuracy is not guaranteed for non-sinusoidal or complex waveforms. Reaction Let-Go Unweighted Burn Hazard General Response Network Response Network Response Network Equivalent network component values Designed around IEC 990 (excluding fuse) Equivalent measuring instrument load 0 S) 0 S) 0 S) Ranges 0.3, 1, 3, 10 M.I.U. 0.3, 1, 3, 10 M.I.U. 0-100 mA RMS Current accuracy 6 + ) Meter measurement method True RMS Meter frequency response (Relative to DC to 1 Hz 2Hz to 19Hz (Accuracy not supported) 20 Hz to 200 KHz ) .S. ) .S. ) .S. 200 KHz to 1 MHz ) .S. ) .S. ) .S. Output sensitivity S) ORDG Output accuracy Output frequency response (Relative to DC to 50Hz 50 Hz to 100 kHz 100 kHz to 200 kHz 200 kHz to 1 MHz FFXUDF QRW VXSSRUWHG Voltmeter range Voltmeter accuracy: DC to 1 Hz 2Hz to 19Hz (Accuracy not supported) 20 Hz to 1KHz 6 + GG IRU HYHU DGGLWLRQDO + ) Voltmeter frequency response DC to 1 KHz Power requirements 9 1( A Physical OEV NJ ABS plastic, fused input Environmental Maximum operating range WR & The input network utilized in the M228 is detailed in Figures 1 through 3 on page 4 of the Manual Rev. & & QRQ FRQGHQVLQJ UHODWLYH KXPLGLW EDWWHULHV 3RLQWHU VKDOO WUDFN ZLWKLQ RI SHDN 9 & RU & RI UHDGLQJ RI UHDGLQJ RI UHDGLQJ RI UHDGLQJ RI UHDGLQJ 16, & RU 8/ QG HGLWLRQ RI UHDGLQJ + )XOO VFDOH PHWHU LQGLFDWLRQ HTXDOV 9 506 0HDVXUHG ZLWK D 0 3RLQWHU VKDOO WUDFN ZLWKLQ RI SHDN 16, & RU 8/ QG HGLWLRQ